Cleaver-Brooks Stack Economizer Heat Recovery Unit C1X

Description
The C1X has individual fin tubes compression-fitted to the liquid manifold for ease of tube replacement requiring no welding. It increases the amount of heat recovered by capturing both sensible and latent heat. The internal gas bypass can be used to maintain water temperature when too much heat is available. Features: Single-circuit heat transfer cold makeup, ice-cold process water preheater (Less than ~120°F) Tube core assemblies are individually removable and made from 316 stainless steel tube with aluminum fins (Al-Fuse) 316 stainless steel exhaust gas bypass, interior shell, condensate drain, and transition connections Hinged access door for complete internal inspection TP 316L pressure vessel side tube heat transfer section Condenses on natural gas only
Datasheet
Description
The C1X has individual fin tubes compression-fitted to the liquid manifold for ease of tube replacement requiring no welding. It increases the amount of heat recovered by capturing both sensible and latent heat. The internal gas bypass can be used to maintain water temperature when too much heat is available. Features: Single-circuit heat transfer cold makeup, ice-cold process water preheater (Less than ~120°F) Tube core assemblies are individually removable and made from 316 stainless steel tube with aluminum fins (Al-Fuse) 316 stainless steel exhaust gas bypass, interior shell, condensate drain, and transition connections Hinged access door for complete internal inspection TP 316L pressure vessel side tube heat transfer section Condenses on natural gas only
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Stack Economizer Heat Recovery Unit - C1X - Cleaver-Brooks
Thomasville, GA, United States
Stack Economizer Heat Recovery Unit
C1X
Stack Economizer Heat Recovery Unit C1X
The C1X has individual fin tubes compression-fitted to the liquid manifold for ease of tube replacement requiring no welding. It increases the amount of heat recovered by capturing both sensible and latent heat. The internal gas bypass can be used to maintain water temperature when too much heat is available. Features: Single-circuit heat transfer cold makeup, ice-cold process water preheater (Less than ~120°F) Tube core assemblies are individually removable and made from 316 stainless steel tube with aluminum fins (Al-Fuse) 316 stainless steel exhaust gas bypass, interior shell, condensate drain, and transition connections Hinged access door for complete internal inspection TP 316L pressure vessel side tube heat transfer section Condenses on natural gas only

The C1X has individual fin tubes compression-fitted to the liquid manifold for ease of tube replacement requiring no welding.
It increases the amount of heat recovered by capturing both sensible and latent heat. The internal gas bypass can be used to maintain water temperature when too much heat is available.
Features:

  • Single-circuit heat transfer cold makeup, ice-cold process water preheater (Less than ~120°F)
  • Tube core assemblies are individually removable and made from 316 stainless steel tube with aluminum fins (Al-Fuse)
  • 316 stainless steel exhaust gas bypass, interior shell, condensate drain, and transition connections
  • Hinged access door for complete internal inspection
  • TP 316L pressure vessel side tube heat transfer section
  • Condenses on natural gas only
Supplier's Site Datasheet

Technical Specifications

  Cleaver-Brooks
Product Category Heat and Energy Recovery Systems
Product Number C1X
Product Name Stack Economizer Heat Recovery Unit
Application Commercial; Industrial
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